Microscan V420-F000M03M-NNX Industrial Serial Barcode Reader
The Omron Microscan V420-F000M03M-NNX is a compact and versatile fixed-mount barcode scanner designed for diverse industrial automation and machine vision applications. It also balances affordability with performance, excelling in reading 1D and 2D barcodes. This is including some damaged or poorly printed ones.
Key Features:
- Ultra-compact design: Measuring only 44.5mm x 38.1mm x 25.4mm, it easily integrates into tight spaces within existing setups.
- Rugged construction: IP54 rated, it withstands dust and water splashes in mildly harsh industrial environments.
- 0.3 MP monochrome CMOS sensor: Captures sufficient detail for clear and well-printed barcodes.
- Basic X-Mode decoding algorithms: Enhance reading performance in slightly challenging conditions like low light or also low contrast.
- Standard white LED illumination: Provides adequate brightness for most standard applications.
- Red aiming beam: Assists with precise barcode targeting.
- Flexible communication options: High-density 15-pin connector offers Serial RS-232 and USB 2.0 for seamless system integration.
- Simple configuration: Easy setup and also minimal customization options.
Comparison with similar models:
- V420-F000M12M-NNX: Similar basic functionalities but offer higher resolution sensor, wider field of view, and advanced X-Mode decoding algorithms for more challenging conditions.
- V420-F050N12M-NNX: Also similar sensor resolution but with a wider field of view for scanning larger barcodes or multiple codes simultaneously.
- V420-F000M03M-SWP: Similar basic functionalities but lacks X-Mode decoding algorithms.
Overall, the Omron Microscan V420-F000M03M-NNX strikes a balance between cost-effectiveness and versatility. Its compact size, reliable data acquisition for clear and well-printed barcodes under moderate conditions, and basic X-Mode decoding capabilities make it a suitable choice for diverse industrial applications. This is where space is limited, straightforward barcode reading is sufficient, and potential for slightly challenging codes exists.
